AI agents will transact.
Give them money.
Not unlimited authority.
WARDA — economic control layer for autonomous agents.
Spending limits. Delegation. Revocation.
Enforced by the network.
Building on #Kaspa
@IbuyKaspa@KaspaCom@KronTechnology No token planned. We’re more interested in giving agents bounded authority over real value than adding another speculative asset.
AI agents will transact.
Give them money.
Not unlimited authority.
WARDA — economic control layer for autonomous agents.
Spending limits. Delegation. Revocation.
Enforced by the network.
Building on #Kaspa
@usenami_io Every spend. The limits are stateful, not a one-time check. Each payment is validated against the grant’s remaining budget, per-payment/epoch limits and allowed recipients. The agent can’t reset or rewrite them.
An API sold something to an AI agent this morning.
No account. No API key. No invoice, no card, no human anywhere in it.
The agent asked the price, paid it on Kaspa, and the API checked the chain itself before answering. 0.05 KAS. txid 18225e2f241dc98a.🧵👇🏻
That last part is why this is the fastest way in.
Everything else in Warda needs a Kaspa node, because a covenant spend is built against live chain state. This doesn't. It reasons about a grant document.
One config block, and your agent understands bounded authority.
Your coding agent can now read its own spending limit.
Paste one block into Claude Desktop or Cursor:
{ "mcpServers": { "warda": {
"command": "npx",
"args": ["-y", "@warda_protocol/mcp"] } } }
Restart. Ten tools. No node, no key, no clone. 🧵👇🏻
The server never sees a key.
You hand it a grant; it hands back the exact bytes to sign. A test asserts the signature slot in every transaction it builds is still 65 zero bytes.
It never reads the chain either — which is why this needs no node.
So both halves exist now.
A buyer that cannot overspend, because the limits are compiled into the script that unlocks the coin. And a seller that doesn't have to trust it, because it reads the chain.
Neither side has to trust the other. That was the whole point.
And one thing the package asks you for instead of pretending it doesn't need it.
A coin at your address stays there. So the same proof verifies forever, and a buyer who paid once could call forever.
You need a store of what you've served.
@epure_liviu Warda can make enforcement mechanically verifiable, but the grant itself should also be treated as a versioned authority policy: explicit scope, explicit changes, explicit revocation.
The goal is that authority drift becomes visible and auditable.
AI agent wallets are getting really good at one thing:
checking whether a payment is within a spending limit.
The next question is harder:
What happens if the software controlling the wallet is compromised?
That’s the problem we’re working on with Warda.
While other chains are still selling narratives, Kaspa is already executing.
An AI agent just hired another AI agent on #Kaspa.
Budget limits. Autonomous payment. Work completed. Funds returned.
No human approval. No middleman. Consensus enforced the rules.
At the same time, Zealous Swap has already processed 150M $KAS in trading volume before even launching on Kaspa L1.
This is the part most people are missing:
Kaspa is no longer just “fast PoW.”
It’s becoming infrastructure for autonomous machines, finance and real economic activity.
People will call it hype today.
They’ll call it obvious after the price moves.
$KAS isn’t trying to become another blockchain.
It’s trying to make half of them obsolete.
#Kaspa #KAS #BlockDAG #AIAgents #Crypto #DeFi #Blockchain
@epure_liviu That’s why Warda treats scope, delegation, revocation and expiry as first-class parts of the authority model.
The goal isn’t just unbreakable limits — it’s bounded authority that can be safely changed or revoked by the party that controls it.
@JinnoPolar Exactly 👀
The agent can request the spend, but it doesn’t get to rewrite the rules governing the spend.
Warda moves the economic boundary from agent software to the transaction layer.